A simple method for identification of irradiated spices

Arun Behere, S.R.Padwal Desai, S.M.D. Rao, P.M. Nair
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引用次数: 3

Abstract

Thermoluminescence (TL) properties of curry powder, a salt containing spice mixture, and three different ground spices, viz. chilli, turmeric and pepper, were compared with TL of table salt. The spices other than curry powder, did not exhibit characteristic TL in the absence of salt. Therefore studies were initiated to develop a simple and reliable method using common salt for distinguishing irradiated spices (10 kGy) from unirradiated ones under normal conditions of storage. Common salt exhibited a characteristic TL glow at 170°C. However, when present in curry powder, the TL glow of salt showed a shift to 208°C. It was further observed that upon storage up to 6 months, the TL of irradiated curry powder retained about 10% of the original intensity and still could be distinguished from the untreated samples. From our results it is evident that common salt could be used as an indicator either internally or externally in small sachets for incorporating into prepacked spices.

一种辐照香料的简易鉴别方法
对咖喱粉(一种含香料混合物的盐)和辣椒、姜黄和胡椒三种不同的磨碎香料与食盐的热释光特性进行了比较。在没有盐的情况下,除了咖喱粉,其他香料没有表现出特有的TL。因此,我们开始研究一种简单可靠的方法,用普通盐来区分辐照香料(10 kGy)和正常储存条件下未辐照香料。普通盐在170℃时表现出特有的TL发光。然而,当盐存在于咖喱粉中时,盐的TL发光在208°C时发生了变化。进一步观察到,在长达6个月的储存中,辐照后的咖喱粉的TL保留了约10%的原始强度,并且仍然可以与未处理的样品区分开来。从我们的结果来看,很明显,普通盐可以作为一种指示剂,在内部或外部的小袋,以纳入预先包装的香料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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